Rafael Rodrigues Email & Phone Number

Lisbon, Pt

• Responsible for optimizing energy efficiency, designing energy recovery systems, electronic circuits, Printed Circuit Board (PCB) design, embedded systems, and real-time physical systems control for an urban concept hydrogen-powered car.• Working at the electrical system level and in the hardware-software transition.• Controlling the flow of electricity and developing electrical safety systems and control of peripherals at hardware and software level.• Conducted comprehensive data analysis and simulations to design energy recovery systems, resulting in heightened sustainability and maximal energy efficiency.• Analysis, design, and production of electronic circuits, from initial circuit design to PCB production, soldering, and integration into the car's electrical system.Key Accomplishments:• Designed the car's electrical system and integrated electronic circuits, elevating control capabilities and peripheral functionality.• Successfully improved the energy efficiency of the hydrogen-powered car by implementing energy recovery systems, resulting in reduced energy losses and enhanced sustainability.

My role primarily involves conducting practical/problem classes and laboratory sessions, which are an integral part of the BSc/MSc in Electrical and Computer Engineering curriculum. These sessions provide students with practical experience and insights into the principles and applications.Teaching Courses:2024/2025:• Telecommunications Systems - Scientific area of Telecommunications [MEEC]• Digital Systems - Scientific area of Computers [LEEC]• Digital Systems - Scientific area of Computers [LEAer, LEFT]• Programming (C) - Scientific area of Computers [LEEC]• Computer Architecture - Scientific area of Computers [LEIC]2023/2024:• Instrumentation and Measurements - Scientific area of Electronics [LEEC]Key responsibilities include:• Providing guidance and instruction to students during laboratory sessions, ensuring proper understanding of theoretical concepts and experimental procedures.• Teaching practical (problem/exercises) classes, facilitating the application of theoretical knowledge, and fostering critical thinking and analytical skills among students.• Evaluating student performance through practical assessments, projects, and examinations, and providing constructive feedback to support their academic progress.

• Specialized in Supplier Management and Risk with a strong emphasis on driving measurable improvements in quality and minimizing risk.• Led digital transformation initiatives within procurement operations.• Conducted supplier audits data analysis leading to measurable improvements in supplier quality and risk.• Training across the full procurement lifecycle, including e-Sourcing, e-Procurement, and e-Supply.• Training in supplier audit methodologies, leveraging data-driven insights to optimize supplier relationships and ensure compliance.• Developed a strong foundation in modern procurement practices and supplier management.

• Conducted research on electric vehicle charging infrastructure, charging station architectures, and control strategies for Vehicle to Grid (V2G) systems, collaborating closely with the Transmission System Operator (TSO).• Performed comprehensive analysis of the impact of unidirectional and bidirectional V2G systems on the national power grid, focusing on demand management, frequency and voltage regulation, and integration of renewable energy sources, with a focus on the years 2025 to 2040.• Utilized Python programming for real data analysis and processing, while designing Key Performance Indicators (KPIs) to evaluate the impact and flexibility of EV integration into the power grid.• Developed strategic load management approaches aimed at enhancing grid stability through advanced technology integration, encompassing Smart Charging and V2G systems.Key Accomplishments:• Conducted in-depth analysis assessing the impact of electric vehicles and smart charging systems on the national power grid, providing valuable insights for long-term grid planning and management.• Successfully implemented Python-based data analysis algorithms and developed KPIs to quantify the impact and flexibility of integrating EVs into the power grid, facilitating data-driven decision-making by the TSO.• Formulated strategic load management approaches with the potential to optimize grid stability, making it more resilient and adaptable to future energy demands, thus turning part of the problem into a solution.

Lisbon, Portugal

Master Of Science - Ms, Electrical And Computer Engineering

Specialization: • Energy • Telecommunications

Bachelor Of Science - Bsc, Electrical And Computer Engineering, 18 / 20

Celfinet Merit Award in Telecommunications Systems Academic Excellence Diploma 2023/2024 Academic Excellence Diploma 2022/2023 Academic.